WO2017118658A1 - Insert part for a dispenser, and dispenser - Google Patents

Abstract

The invention relates to an insert part (7) for a dispenser (1), particularly a dispenser for piece goods, such as a tablet dispenser, comprising a bottom part (10) and an insert part wall (9) arranged on the edge, the bottom part (10) comprising a through-opening (11) and a receiving surface (12) surrounding the through-opening (11). A wall, preferably the insert part wall (9), rises above the receiving surface (12), and in a state of use in which a geometrical central axis (x) extending preferably centrally in relation to the insert part wall (9) and perpendicularly to an opening surface of the through-opening (11) is oriented in the direction of the force of gravity, the wall is embodied above the through-opening (11). The aim of the invention is to advantageously improve an insert part, allowing an advantageous distribution of the product to be dispensed. To this end, in relation to a central axis (x) of the insert part (7), the insert part wall (9) rises above the through-opening (11) on only one side in the direction of the central axis (x), and at least one rib (14) projecting towards the through-opening (11) is embodied on the wall, preferably the insert part wall (9). The invention also relates to a dispenser (1) for distributing a product to be dispensed (6), especially a dispenser for piece goods, such as a tablet dispenser, comprising an insert part (7).

Description

 description

Insert part for a dispenser and dispenser area of technology

[0001] The invention relates firstly to an insert for a dispenser, in particular a piece-goods dispenser, such as a tablet dispenser, having a bottom part and a peripheral insert part wall, wherein the bottom part comprises a throughput opening and a throughflow opening

Receiving surface and wherein the receiving surface of a wall, preferably the Einsatzteilwandung, surmounted and in relation to a use state in which a geometric center axis, which is preferably central to the insert part wall and perpendicular to an opening area of the flow-through opening, oriented in the direction of gravity the wall is formed above the throughput opening.

[0002] The invention further relates to a dispenser for dispensing a donor item, in particular a parcel dispenser, such as a tablet dispenser, with an insert part, the insert part having a bottom part and a peripheral insert wall, the bottom part having a throughput opening and a throughput opening Furthermore, the receiving surface of a wall, preferably the Einsatzteilwandung, surmounted, further wherein the dispenser is filled with donor material and the dispenser has a dispensing opening and a bottom, wherein the wall, preferably insert part wall, output opening side of the throughput opening is formed.

State of the art

Insert parts, as well as donors of the type in question are already known. These are designed for the preferred separation of donor material to to facilitate a corresponding removal of donation from the donor. The prior art is, for example, to refer to the US 4,530,447 A.

Furthermore, such a dispenser with an insert part is known from JP 2010-260613A.

Summary of the invention

[0005] Based on the cited prior art, the invention, with regard to the insert part, deals with the task of further developing an insert part in an advantageous manner so that an advantageous application of dispensing material is made possible.

[0006] According to a first teaching of the invention, this object is achieved in the case of an insert part, wherein it is pointed out that the throughput opening is projected beyond the insert part wall only on one side in the direction of the central axis with respect to a central axis of the insert part and that on the wall, preferably the Einsatzteilwandung, one or more of the throughput opening projecting ribs are formed.

With regard to the dispenser, the invention is concerned with the task of specifying a simple as possible to produce and preferably with regard to the use variable dispenser.

This object is achieved according to a further teaching of the invention in the subject matter of claim 2, wherein it is pointed out that the throughput opening is projected relative to a central axis of the insert part only on one side in the direction of the central axis of the insert part and that on the wall, preferably the Einsatzteilwandung, one or more to the flow-through opening projecting ribs are formed, wherein in Um- Considered f angsrichtung between two adjacent ribs a gap is left.

It will be apparent with reference to a plan view of the receiving surface, in which plan view is an enforcement direction through the throughput opening, as well as the center axis of the insert, punctiform, preferably three-sided closed separation chambers. These separation chambers are flanked by the ribs and closed at the rear by the wall, preferably by the insert part wall. Further, as well as preferred, the chambers may be open towards the flow-through opening. It arise between adjacent circumferentially in the circumferential direction fins interstices, in which a donation can be collected and exposed for cheap removal.

The wall, in particular the Einsatzteilwandung, of which the ribs extend inwardly in the direction of the central axis, may be formed so that it extends only in an area above the throughput opening having the bottom part. Thus, further, the wall can project beyond the throughput opening only on one side, wherein the wall can quite well enforce the plane of the opening area of the throughput opening in the opposite direction. A wall section extending in this way, also below this plane, in particular insert part wall section, preferably transitions into the bottom part of the insert part.

The ribs and the interspaces may, as also preferred, in particular with respect to the width considered in the circumferential direction and the depth considered transversely thereto - for example in the radial direction to the direction of enforcement - be designed so that a lying in a separation chamber Spendegut with a fingertip in the direction of the free end face of the wall, in particular Einsatzteilwandung, can be moved to remove, preferably without possibly further on the receiving surface or in other separation chambers up or in-touch donated goods. Each rib can also have a decreasing board dimension in the protruding direction, ie in the direction of extension, starting from the wall in the direction of the throughput opening. With regard to an extent in alignment with the penetration axis, which in a preferred embodiment may also be the dispenser axis, the dimensions of the board preferably decrease with increasing distance from the receiving surface. As a result, a wedge-shaped or concave profile of the free end face of the ribs viewed from the direction of the wall can be achieved, which promotes the removal of a donation item.

In a possible embodiment, two, three or four ribs, possibly even up to six ribs or more, for example. Up to eleven, twelve or even fifteen ribs may be provided. These can, viewed in the circumferential direction, include identical angles to the respective rib following in the circumferential direction.

In one possible embodiment, which is also preferred, the spacer wall merges into the bottom part at least in the region of the intermediate space which is pronounced between two ribs adjacent in the circumferential direction. The transition can be viewed continuously in a corresponding cross section. In this regard, however, as is more preferable, a transition is possible in which the insert part wall to the bottom part or the receiving surface is angled, for example. In the direction of the donation axis considered an angle of 75 to 120 ° inclusive. Further features of the invention are described below, also in the figure description and the drawing, often in their preferred assignment to the already explained above concepts. However, they can also be of importance in an association with only one or more individual features which are described or illustrated in the drawing, or independently or in a different overall concept.

Thus, the opening surface plane of the throughput opening in the bottom part of the insert part in the extension direction of the central axis is spaced below a discharge opening. It may be as an upwardly open pot-shaped configuration of the insert result, with the interior facing in the pot receiving surface. The ribs are preferably arranged facing the receiving surface, are accordingly visible in a preferred embodiment with an exposed removal opening.

[0018] It is further preferred that the dispensing material be fitted into the intermediate space, remote from the throughput opening, but prevented from moving radially inward toward the throughput opening.

The dispenser or the insert part is correspondingly created in such a way that, in a dispensing standby position, the dispensing material can not, at least not return without targeted external influences, back through the throughput opening into the storage container of the dispenser. The quasi-captured in the gap donation is prevented from moving back into the pantry. This can be achieved solely by a corresponding design of the bottom part, in particular the receiving surface, which can be aligned horizontally at least partially horizontally in a conventional parking position of the dispenser on a flat, horizontal surface. Also, at least in the region of the intermediate space, the throughput opening may be flanked by a rib-like elevation which, viewed from the direction of the intermediate space, represents a stepped obstacle.

The hindrance can also be achieved by a clamping action on the donor. The clamping action can be achieved by appropriate arrangement and / or configuration of the ribs.

In the case of a wall running in a circle, a rib may extend radially with respect to a throughput direction through the throughput opening.

On the donor side, a wall projection of the dispenser can engage under the bottom part. As explained further below, a radially outwardly projecting overgrip, for example on an end face of the storage housing, can be provided on the component part side. It is also possible an embodiment in which no positive engagement means in the storage housing is given. In a cylindrical design of the insert wall, the outer surface is thus in this case a circumferential cylindrical surface, which is preferably not overlapped radially outward. The same results in the case of a rectangular, square or oval or otherwise kind of outline of the wall insert.

A form-fitting connection can also be given by a projecting outwardly on the insert part over-grip, which cooperates with a wall portion of the dispenser, in particular of the storage housing. Thus, the insert can be supported on the projecting over-grip on a facing end edge surface of the housing.

It may be given in this regard further a locking or Schraubfestlegung the insert on the storage housing of the donor. In this case have the insert part and the storage housing on mutually corresponding surfaces locking means and counter-locking means or thread and counter thread. In addition, a clamping or frictional connection between insert and housing is possible. In a preferred embodiment, the form-locking connection between insert part and dispenser or insert part and supply housing is reversible, for example for easier refilling of the storage housing after removal of the insert part.

Incidentally, the insert part connected in a form-fitting manner to the housing can be covered by a closure cap when the dispenser is not in use. The cap can be designed as a screw cap or as a lockable cap. In addition, a cap can be connected to the dispenser housing or the insert part via a hinge, possibly in one piece.

Also, the ribs may be formed on the overflow having, above the throughput opening extending insert wall, if appropriate, facing the removal opening.

An intermediate space between the associated wall surfaces of two circumferentially adjacent ribs can have different spacing dimensions over a height of the insert part-viewed along the axis extension of the dispenser. Thus, the distance dimension, as also preferred, in the removal direction of the donor in the readiness position to increase. Contrary to the removal direction in the direction of the flow-through opening, the ribs are preferably provided with a smallest distance dimension considered in the circumferential direction. This results in a further preferred wedge-shaped employment of the associated wall surfaces of a gap with a pointing in the direction of the throughput opening, although preferably not geometrically pronounced V-tip.

In order to form a movement impediment of a dispensing material received in the intermediate space radially inward to the throughput opening, the smallest distance dimension considered in the circumferential direction is assigned

Wall surfaces of a gap preferably chosen smaller than the smallest extent of the donation.

Also, the gap between the associated wall surfaces of two circumferentially adjacent ribs viewed transversely to the height direction of the insert part have different depths. It may result in a trough or trough-shaped gap, with a greatest depth with respect to a gap opening plane, which merges in the circumferential direction in the end faces of the adjacent ribs. This greatest depth preferably extends in a region of the intermediate space which is distant from the two end regions considered in the extension direction of the intermediate space. The greatest depth can be measured smaller than the largest extent dimension of the donor, so that this extends partially in the intermediate space over the opening plane. This leads to a facilitated removal of the donation from the gap. A rib, or each rib, has an end face which is visible in a plan view of the insert part. In this plan, the enforcement direction shows punctiform.

The end face can, viewed in the circumferential direction of the insert part or the insertion part wall, have a width which is 0.5 to 2 times the distance dimension between two circumferentially adjacent ribs equivalent. The ratio of width to distance preferably relates to an end face width and a rib spacing within a common height plane.

The end face may have one from an upper edge, for example. Starting from the insert part wall, up to the flow-through opening curved surface. This manifests itself, in particular, in a cross section through the insert part, in which cross section the enforcement direction is linear. The result is preferably a viewed from the bottom part in the direction of enforcement concave curved surface, the overall rock-like from the outside radially, i. starting from the insert part wall, extending toward an edge of the throughput opening. On the rib end face after turning the dispenser in the usual use position resting donation is so safely and deliberately returned back through the throughput opening in the pantry. The curvature of the end face may be discontinuous. Alternatively, there may also be a continuously curved surface.

Considered over the height of the insert part, a wall of the intermediate space extending in the circumferential direction between the facing wall surfaces of two adjacent ribs in the circumferential direction can be partially formed by the insert part wall and partly by the bottom part. Thus, in particular in the region of the intermediate space, the insert part wall merges into the bottom part, wherein the relevant sections of the insert part wall and the bottom part can be made at an angle to one another with reference to a cross section through the intermediate space, as already mentioned above. Also, for example, be given a tangential, corresponding kink-free transition. Also, a maximum depth of a gap - measured transversely to the distance dimension considered in the circumferential direction of the gap - correspond to 0.5 to 2 times the distance measure. In this case, the greatest depth dimension can be measured along an angle-halving considered in the cross-section in the transition region from insert part wall to the bottom part. This largest depth dimension can also be measured along a line which starts at the corner between the insert part wall and the bottom part in the intermediate space and runs perpendicular to a tangent, which tangent in cross section touches an opening surface of the intermediate space. A smallest width dimension of a rib in the circumferential direction may, as also preferred, be formed together with a smallest distance between two adjacent ribs on a common height level. In this case, a height plane facing the throughput opening is preferably preferred, so that a smallest distance dimension between two adjacent ribs facing the throughput opening results.

In a further preferred embodiment, the ribs are arranged distributed uniformly over the circumference. In this regard, uneven distribution is also possible, i. a trained over the circumference formation of spaces with different distances between the interspaces flanking ribs.

With regard to the disclosure, the ranges and / or ranges of values or multiple ranges given above also include all intermediate values, in particular in 1/10 increments of the respective dimension, if appropriate also without dimensions. For example. Also, the specification of 0.5 to 2 bin includes the disclosure of 0.6 to 2 bin, 0.5 to 1.9 bin, 0.6 to 1.9 bin, etc. This disclosure may on the one hand, to limit a specified range limit from below and / or above, alternatively or additionally, however, to the disclosure of one or more singular values from a respective specified range.

Brief description of the drawings

The invention will now be described with reference to the accompanying drawing, which, however, shows only exemplary embodiments. A part that is explained only with reference to one of the embodiments and is not replaced in another embodiment due to the special feature there is not replaced by another part, is thus described for this further embodiment as any possible existing part. On the drawing shows:

1 shows a dispenser in view with inserted insert part and a closure part spanning the insert part, relating to a starting position;

FIG. 2 shows an illustration substantially corresponding to FIG. 1, relating to a reversed dispenser position; FIG.

3 shows a sequence view of FIG. 2 with the dispenser returned to the starting position with the insert part exposed by removing the closure part;

4 shows the insert part in a first embodiment in perspective view;

5 shows the plan view for this purpose; Fig. 6 is a side view against the insert part;

7 shows a perspective bottom view against the insert part;

8 shows the section along the line VIII-VIII in Figure 5;

9 shows an illustration corresponding to FIG. 4, relating to a second embodiment of the insert part;

10 shows the plan view for this purpose;

11 shows a further illustration corresponding to FIG. 4, relating to an insert part in a third embodiment;

FIG. 12 is a plan view of FIG. 11; FIG. FIG. 13 shows, in a further embodiment, the insert part in a representation according to FIG. 4; FIG.

Fig. 14 is the plan view thereof;

Fig. 15 is the side view of this;

FIG. 16 is a perspective view, substantially corresponding to FIG. 13, of an insert part in a further embodiment;

Fig. 17 is the side view of Figure 16; 18 shows an insert part in a perspective view, relating to a further embodiment;

Fig. 19 in a further embodiment, the insert part in a perspective view.

DESCRIPTION OF THE EMBODIMENTS FIGS. 1 to 3 initially show a dispenser 1, essentially comprising a storage container 2 with a container wall 3 and a container bottom 4. The container wall 3, facing away from the container bottom 4, passes over into a container neck 5.

In the storage container 2 dispensing material 6 is stored, for example. Donated material in the form of tablets.

In the region of the container neck 5 is an insert part 7, the container opening passing through and arranged protruding into the container interior.

In a non-use position according to FIG. 1, the storage container 2 is closed by a closure part 8 which simultaneously covers the insert part 7. This is preferably a conventional cover. This can be designed to screw or clamp attachment in cooperation, in particular with the container neck 5. The closure part 8 can in particular also be hinged to the container neck 5, further, for example, in the case of a one-piece configuration of the reservoir 2 and the closure part 8. The individual parts of the dispenser 1 are preferably produced by the plastic injection molding process. In the illustrated embodiment, the reservoir 2 and, accordingly, the closure part 8 is circular in plan. This results in a reservoir 2 in circular cylindrical geometry. The hereby resulting central donor axis x extends in the throughput direction of a donor material 6.

Figures 4 to 19 show insert parts 7 in different embodiments for use in the container opening of the storage container second

The illustrated variants all have a circular floor plan, adapted to the ground plan refinement of the container neck 5.

The insert 7 may be made as a plastic injection molding, alternatively, for example. As a plastic-deep drawing part.

Furthermore, the insert part 7 is formed as a whole shell-like with a peripheral insert part wall 9, which merges into a bottom part 10.

The bottom part 10 forms the center, in the assignment position to the reservoir 2 centered by the donor axis x, a throughput opening 11. This can, as also preferred, have a circular floor plan.

The throughput opening 11 opens on the inside of the insert part 7 in a receiving surface 12 surrounding the throughput opening 11. This is essentially offered by the bottom part 10, possibly also by the insertion part wall 9. Facing away from the bottom part 10 can be integrally formed on the insert part 7 an outwardly projecting overhang 13 at the end of the insert part wall 9. This is formed like a collar, for positive connection with the dispenser 1. The insert part wall 9 defines a removal opening 19 facing away from the bottom part 10.

In the assignment position, the insert part 7 is supported by means of the overlap 13 on the wall projection of the dispenser 1 formed by the container neck 5. The container wall in the region of the container neck 5 comprises the insert part 7 over the entire circumference. The insert part 7 can, as also preferably, be removably arranged on the container neck 5 to support. In the lid closure position according to FIG. 1 and FIG. 2, the insert part 7 is then captured captive and preferably not displaceable between container neck 5 and closure part 8.

In an alternative embodiment, the insert part 7 may also be non-releasably connected to the dispenser 1, for example, according to gluing or welding. Also, in this regard, a locking or screw connection may be provided.

The diameter d of the insert part 7 in the area of the opening position of the dispenser 1 according to FIG. 1 directed upward opening surface of the insert part 7 can be about 2 to 4 times, preferably 2.3 to 3 times the diameter d 'correspond to the flow rate 11.

The insertion part wall 9 can, as also shown, extend in the cross section according to FIG. 8 curved outwards. This goes into the bottom part 10th including at an angle of, for example, 110 or 120 °. This obtuse angle adjusts to the insert part inside.

The above-described angle range is only an example. It may also be included, for example, a strict right angle of 90 °, beyond obtuse angles of more than 90 ° to, for example, 160 °. Even acute angles below 90 ° are possible in this regard.

Over the circumference of the insert part 7 ribs 14 are evenly distributed in particular on the inside of the insert part 7.

Between two circumferentially adjacent ribs 14, a gap 15 is left. Such a gap 15 is used for catching receiving a donor item 6 after a first turn of the dispenser 1 in a 180 ° overhead position shown in Figure 2, in which a donor (or more) through the throughput opening 11 in the covered by the closure member 8 inner region of the insert part 7 passes and after another 180 ° rotation of the dispenser 1 back to the starting position.

After removal of the closure part 8, the dispensing material 6 is free for convenient removal in one of the intermediate spaces 15.

In the illustrated in Figures 4 to 8 the first embodiment of an insert 7 evenly distributed over the circumference six equally large spaces 15 are provided. In the embodiment according to FIGS. 9 and 10, there are five intermediate spaces 15 which, with respect to their dimensions, in particular ground plan dimensions, are chosen to be larger than the intermediate spaces 15 of the first embodiment, for example for separating correspondingly larger dispensers 6. FIGS. 11 and 12 show an embodiment of a deployment part 7 with seven intermediate spaces 15 of equal size and distributed uniformly.

Further embodiments are shown in FIGS. 13 to 17. These relate to insert parts 7 with eleven circumferentially uniformly spaced intermediate spaces 15, the embodiment according to FIGS. 13 to 15 being opposite to the embodiment according to FIGS. 16 and 17 with respect to FIGS Axial direction considered height h differ.

The height h of an insert part may correspond to approximately one quarter to one half of the diameter d. In the embodiment according to FIGS. 16 and 17, the height h corresponds to approximately one fifth of the diameter d.

In addition, as shown, for example, with reference to the embodiments in FIGS. 9 to 17, the insert part wall 9 can be at least approximately kink-free in a cross-section, i. Moreover, pass over approximately tangentially into the bottom part 10.

The ribs 14 are formed in the illustrated embodiments substantially by radially inwardly bulging protrusions of the one atzteilwandung.

This end face 16 is bounded on both sides with respect to a ground plan by a wall surface 17 extending at least approximately perpendicularly thereto by means of two wall surfaces 17 facing one another in the circumferential direction the gap 15 is limited. With reference to a cross-section according to FIG. 8, a continuously curved end surface 16 can emerge, starting from the free end region of the insert part wall 9 in the plane of the insert part opening up to the edge of the throughput opening 11. The curvature of the end face 16 is in the direction of the bottom. Denteiles 10 directed.

The ribs 14 are designed with respect to the wall surfaces 17 so that the intermediate spaces 15 taper in a wedge shape with respect to a plan, starting from radially outward to radially inward toward the throughput opening 11. This results in corresponding Umf angsrichtung considered distance measurements a between the wall surfaces 17, which are different with respect to a gap 15 over the height h of the insert part 7 and the radial extent in plan.

Thus, a smallest distance a of an intermediate space 15 results in the end region of the intermediate space 15 facing the throughput opening 11, for example, directly in the region of the opening edge.

The smallest distance a of an intermediate space 15 is preferably chosen to be smaller than a greatest extent of extension of a donor material 6 to be separated by means of the insert 7 and to be offered for removal.

As a result of this wedge-shaped configuration of the interstices 15 a collected in a gap 15 Spendegut 6 is prevented from rolling back or sliding through the throughput opening 11 in the reservoir 2.

Viewed transversely to the height direction, a gap 15, as shown for example in FIG. 8, may have different depths t. The depth is t In this case, a distance measure between the inner surface of the insert part wall 9 or the receiving surface 12 and the upward and inwardly directed opening surface of the intermediate space 15, which opening surface merges in the circumferential direction on both sides of the intermediate space 15 in the end face 16 of the flanking ribs 14.

There may be a maximum depth t, in particular in an embodiment of the insert part 7 according to the illustrations in Figures 4 to 8. Here, a maximum depth t results between the corner between Einsatzteilwandung 9 and bottom part 10 and a tangent to the Opening area. This greatest depth t can correspond to one quarter to three quarters, for example one third of the radial length of an intermediate space 15 viewed transversely to the height h in plan view.

This results in the circumferential direction, a width b of each rib 14. This width b corresponds to about a 0.5 to 2 times the distance measure a between two ribs 14, which also results in a smallest width dimension. This smallest width dimension b results at the same height level as the smallest distance dimension a between the ribs 14, preferably along the edge of the throughput opening 11.

FIG. 18 shows a further embodiment of an insert part 7. On the output side, ribs 14 are formed on the receiving surface 12. In the illustrated embodiment, four such ribs 14 are provided, which run parallel and evenly spaced from each other, in this case are preferably aligned parallel to a radial of the circular surface receiving surface 12th The ribs 14 each extend from the insert part wall 9, starting in the direction of the throughput opening 11, wherein the inwardly directed ribs 14 in a common, transverse to a parallel to the course of the ribs aligned diameter line of the wall extending plane and at a distance the throughput opening 11 end.

The ribs 14 may be provided associated with only one side of the wall (see Fig. 18).

The opposite arrangement of rib groups is also possible (compare Fig. 19). [0083] According to FIG. 2, it is made clear that a user, in order to be able to remove donor material 6 from the dispenser 1, first has to turn over the dispenser 1 in the closed state, has to turn it upside down, so that dispensing material 6 is inserted between the insert part 7 and closure part 8 resulting receiving space 18 may fall. When turning back according to FIG. 3 and after an opening or removal of the closure part 8, the dispensing material 6 is then ready for removal on the receiving surface 12 or in one of the intermediate spaces 15.

By turning the dispenser 1 once over a total of 360 °, a plurality of dispensers 6 can be separated according to the number of intermediate spaces 15 and held ready for removal. Correspondingly, in this case it is not necessary to turn the dispenser every time the dispenser is removed. Also, the number of spaces 15 may be adapted to a (maximum) dosage of the donor.

Excess donor 6, which is not trapped in the spaces 15, slides through the throughput opening 11 back into the container. The intermediate spaces may be formed so that only one donor 6 is caught per gap 15.

The concave in the direction of the throughput opening 11 tapered end faces 16 of the ribs 14 give a handling beneficial effect. By a stripping movement with a finger in the direction of the opening plane of the insert part 7, the donor product 6 is entrained and exposed for gripping.

Alternatively, the insert part 7 equipped with one or more dispensers 6 (enclosed in a number of intermediate spaces 15) can also be removed entirely from the area of the container neck 5, in order to remove the separated dispensing material by a dispensing movement thereafter.

The above explanations serve to explain the inventions as a whole, which further develop the state of the art independently, at least by the following combinations of features, namely:

An insert part which is characterized in that one or more ribs 14 projecting towards the throughput opening 11 are formed on the wall, preferably of the insert part wall 9.

A dispenser, which is characterized in that one or more ribs 14 projecting toward the throughput opening 11 are formed on the wall, preferably of the insert part wall 9, wherein an intermediate space 15 is left between two adjacent ribs 14 viewed in the circumferential direction is. A dispenser characterized in that the dispensing material 6 is fitted in the space 15 remote from the through-flow opening 11 but prevented from moving radially inwardly toward the through-flow opening 11.

An insert part or a dispenser, which are characterized in that a rib 14 extends radially in a circular wall running.

An insert part or a dispenser, which are characterized in that on the dispenser side a wall projection of the dispenser 1 engages under the bottom part 10.

An insert part or a dispenser, which is characterized in that the insert part 7 has an outwardly protruding overlap 13, for positive connection with the dispenser. 1

An insert part or a dispenser, which is characterized in that a gap 15 between the associated wall surfaces 17 of two adjacent in the circumferential direction of the adjacent ribs 14 over a height h of the insert part 7 viewed different distance measurements a. An insert part or a dispenser, which is characterized in that the intermediate space 15 between the associated wall surfaces 17 of two circumferentially adjacent ribs 14 transversely to the height direction of the insert part 7 has different depths t considered.

An insert member or a dispenser, characterized in that a rib 14 has an end face 16 having a circumferentially considered width b, which is 0.5 to 2 times the distance measure a between two circumferentially adjacent Ribs 14 corresponds. An insert member or a dispenser, characterized in that the end face 16 has a curved surface from an upper edge to the throughput opening 11.

An insert part or a dispenser, which are characterized in that the end face 16 has a continuously curved surface.

An insert part or a dispenser, which is characterized in that, viewed over the height h of the insert part 7, a wall of the intermediate space 15 extending in the circumferential direction is partially formed by the insert part wall 9 and partially by the bottom part 10 , An insert part or a dispenser, which is characterized in that a maximum depth t of a gap 15, measured transversely to the distance dimension a of the intermediate space 15 considered in the circumferential direction, is 0.5 to 2 times the distance dimension a equivalent.

An insert part or a dispenser, which are characterized in that a smallest width dimension b of a rib 14 in the circumferential direction and a smallest distance a between two adjacent ribs 14 are formed on a common height level.

An insert part or a dispenser, which are characterized in that the ribs 14 are arranged distributed uniformly over the circumference. All disclosed features are essential to the invention (individually, but also in combination with one another). In the disclosure of the application, the disclosure content of the associated / attached priority documents (copy of the prior application) is hereby incorporated in full, also for the purpose of incorporating features of these documents in claims of the present application. The subclaims characterize with their features independent inventive developments of the prior art, in particular in order to undertake divisional applications based on these claims.

List of reference numbers

1 dispenser a distance measure

2 storage b width

3 container wall d diameter

4 container bottom d 'diameter

5 container neck h height

 6 donation t depth

 7 One part X donor axis

8 locking part

 9 insert wall

 10 bottom part

 11 throughput opening

 12 receiving surface

 13 attack

 14 rib

 15 gap

 16 face

 17 wall surface

 18 recording room

 19 removal opening

Claims

Insert (7) for a dispenser (1), in particular a cargo dispenser, such as a tablet dispenser, with a bottom part (10) and a peripheral insert part wall (9), wherein the bottom part (10) has a throughput opening (11) and a Through a through opening (11) surrounding receiving surface (12) and further wherein the receiving surface (12) of a wall, preferably the Einsatzteilwandung (9), surmounted, and related to a use state in which a geometric center axis (x) which preferably centrally to the insert part wall (9) and perpendicular to an opening surface of the throughput opening (11), is oriented in the direction of gravity, the wall is formed above the throughput opening (11), characterized in that the throughput opening (11) with respect to a central axis (x) of the insert part (7) only on one side in the direction of the central axis (x) of the insert part wall (9) is surmounted and that on the wall, vorz One or more ribs (14) projecting towards the throughput opening (11) are formed, for example, of the insert part wall (9). Dispenser (1) for dispensing a dispensing material (6), in particular article dispenser, such as tablet dispenser, with an insert (7), wherein the insert part (7) has a bottom part (10) and a peripheral insert part wall (9), wherein the Bottom part (10) has a throughput opening (11) and a throughput opening (11) surrounding receiving surface (12) and further wherein the receiving surface (12) by a wall, preferably the insert part wall (9), surmounted, wherein further the dispenser (1 ) is filled with donor material (6) and the dispenser (1) has a dispensing opening and a bottom, wherein the wall, preferably insert part wall (9) output opening side of the throughput opening (11) is formed, characterized in that the throughput Opening (11) with respect to a central axis (x) of the insert part (7) only on one side in the direction of the central axis (x) of the insert part wall (9) surmounted and that on the wall, preferably the insert part wall (9), one or more to the Throughput opening (11) projecting ribs (14) are formed, wherein viewed in the circumferential direction between two adjacent ribs (14) an intermediate space (15) is left. Dispenser according to claim 2, characterized in that the dispensing material (6) is fitted in the intermediate space (15) remote from the flow-through opening (11) but prevented from moving radially inwardly towards the flow-through opening (11). Insert part or dispenser according to one of the preceding claims, characterized in that, when the wall is circular, a rib (14) extends radially. Insert part or dispenser according to one of the preceding claims, characterized in that on the dispenser side, a wall projection of the dispenser (1) engages under the bottom part (10). Insert part or dispenser according to one of the preceding claims, characterized in that the insert part (7) has an outwardly projecting overgrip (13), for positive connection with the dispenser (1). 7. insert part or dispenser according to one of the preceding claims, characterized in that at the the handle (13) having, itself above the throughput opening (11) extending insert part wall (9), the ribs (14) are formed. Insert part or dispenser according to one of the preceding claims, characterized in that an intermediate space (15) between the associated wall surfaces (17) of two circumferentially adjacent ribs (14) over a height (h) of the insert part (7) considered different distance dimensions (a) having. Insert part or dispenser according to one of the preceding claims, characterized in that the intermediate space (15) between the associated wall surfaces (17) of two circumferentially adjacent ribs (14) transversely to the height direction of the insert part (7) considered different depths (t). Insert part or dispenser according to one of the preceding claims, characterized in that a rib (14) has an end face (16) which has a circumferentially considered width (b) which is 0.5 to 2 times the distance dimension (a ) between two circumferentially adjacent ribs (14). Insert part or dispenser according to one of the preceding claims, characterized in that the end face (16) has a surface curved from an upper edge to the throughput opening (11). 12. insert part or dispenser according to one of the preceding claims, characterized in that the end face (16) has a continuously curved surface. Insert part or dispenser according to one of the preceding claims, characterized in that, viewed over, the height (h) of the insert part (7), a circumferentially extending wall of the intermediate space (15) partially from the insert part wall (9) and partially of the Bottom part (10) is formed. Insert part or dispenser according to one of the preceding claims, characterized in that a maximum depth (t) of a gap (15), measured transversely to the distance dimension (a) of the intermediate space (15) considered in the peripheral direction, is from 0.5 to 2. Times the distance measure (a) corresponds. Insert part or dispenser according to one of the preceding claims, characterized in that a smallest width dimension (b) of a rib (14) in the circumferential direction and a smallest distance dimension (a) between two adjacent ribs (14) are formed on a common height level. Insert part or dispenser according to one of the preceding claims, characterized in that the ribs (14) are arranged distributed uniformly over the circumference. 17. insert or dispenser, characterized by one or more of the characterizing features of any one of the preceding claims.